Global ETD Search
Search theses and dissertations gathered from participating repositories worldwide. Every result links back to the library that holds it. No account is needed.
Results
Showing 1 to 6 of 6 for “"fluid coupled"”.
-
The fluid-coupled motion of micro and nanoscale cantilevers
An understanding of the fluid coupled dynamics of micro and nanotechnology has the potential to yield significant advances yet many open and interesting questions remain. As an important example we consider the coupling of two closely spaced cantilevers immersed in a viscous fluid subject to an …
-
Studies on gametogenesis in the Echiuroid worm, Urechis caupo
… immature gametes that are found in the coelomic fluid, coupled with the fact that no permanent gonad has been observed or indeed, that it may be wholly lacking, supplied a challenge that he could not ignore. The primary purpose of this investigation is to attempt to evaluate the reproductive …
-
Long-term Performance of a concrete-lined Tunnel at CERN
… loading on the tunnel lining, a series of soil-fluid coupled 2D finite element analyses has been conducted with a particular interest in the effect of change of lining permeability into the lining response. The FE findings show that the tunnel lining permeability relative to the surrounding rock …
-
Monitoring and modelling the long-term performance of Dublin Port Tunnel
… the numerical results from a series of soil-fluid coupled three-dimensional finite element analyses where the time-dependent ground and tunnel deteriorations are considered. The three-dimensional finite element (FE) analyses evaluate the individual effect of tunnel hydraulic and mechanical …
-
Modeling of mechanical energy dissipation of low-dimensional resonators
… or phonons and extrinsic dissipation due to a fluid environment. In this context, low-dimensional resonators need special attention because the dissipation cannot be explained using the existing continuum theories. Due to atomic thickness, sub-micron dimension, and mega- to gigahertz …
-
Long-Pulsed Laser-Induced Cavitation: Laser-Fluid Coupling, Phase Transition, and Bubble Dynamics
… the dynamics and thermodynamics of a two-phase fluid flow. In this new method, the model combines the Navier-Stokes (NS) equations for a compressible inviscid two-phase fluid flow, a new laser radiation equation, and a novel local thermodynamic model of phase transition. The Navier-Stokes …